Ethereum Storage OPS Unlocking: Can we know used gas?
As Blockchain and Kryptocurrency enthusiasts, we are always looking for ways to get information about the internal operation of our favorite ecosystem. In recent months, we have studied different aspects of storage of Ethereum’s decentralized data, including the concept of gasps used towards surgery. Today, we will consider whether it is possible to know the amount of storage (or gas) between four special functions or a complete agreement on the Essential Network.
What are the gas operations?
Gas contracts refer to all events during the implementation of smart contracts, including information, such as storage functions. These events include the transfer of the ether (ETH) from another in response to gas charges. When we talk about the operation of used gas, we are interested in understanding how much ETH is transferred and spending these different transactions.
Can we know the worn gas?
Unfortunately, the answer is no. Unlike other Ethereum aspects, such as the number of transactions or the number of blocks, there is no direct way of knowing the amount of gas that has worn between four specific functions or a complete agreement. The reason is the complex interaction between Ethereum’s events and storage mechanisms.
Here happens behind the scenes:
- Ordering events : When multiple events are performed together, they are not stored separately. Instead, they are combined into one installment of events called “batch”.
- WILL GALL
: Separation events have a common gas group assigned to all events in the batch. This means that while one event consumes more gas than the other, it does not necessarily mean that other events still use this amount.
- Storage functions and gas allocation : When a storage procedure (eg “storage” or
showing") is performed, it allocates a certain amount of gas units to store data on the chain.
Can Foundry Help?
While we cannot directly measure OP's gas between four functions or complete contracts, Foundry's latest update gives some clues. Foundry offers a feature called "gas accounting", which allows users to track the total gas used for specific types of events and activities.
Foundry's gas accounting mechanism is based on a combination of metadata (eg event logs) and customized indexing systems. This approach allows the foundry to estimate the amount of gas used per OP between four functions or a complete contract by analyzing these metrics.
We show this, let's look at the hypothetical example:
Suppose we want to analyze the gas use for three storage functions ("storage",viewststorageand Setstorage`) performed on the Ethereum network. We can use Foundry’s gas accounting feature to monitor the total gas used in each OP by analyzing event logs.
Although this approach is not complete, it shows that Foundry is able to provide information about gas that has been used towards OPs between four functions or a complete contract.
conclusion
In summary, while we cannot directly measure OP’s gas between four functions or a complete contract in Ethereum, Foundry’s latest update gives some clues. By utilizing their gas accounting feature and analyzing the metadata of transactions, Foundry is able to estimate the amount of gas used in certain types of functions.
As the Ethereum ecosystem continues to evolve, we can expect more tools and features that help us better understand your favorite Blockchain series. Whether it’s gas accounting or something else, it is interesting to see how the foundry and other developers continue to innovate in this area.
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